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Agents also slow down by a third (diffusion coefficient = 0.03 μm/s) when they diffuse within the islands and resume fast diffusion (0.09 μm/s) when they exit the islands [ 33].
Therefore, lower diffusion coefficients indicate difficulties for molecules to diffuse within the surrounding conditions, matching the present results.
Water fills these holes, and it is the enhanced freedom of water to diffuse within these holes that produces an increase in diffusion.
Fluorescence recovery after photobleaching (FRAP) experiments indicated that the lectin between the two membranes is still mobile and able to diffuse within the interface area, but with a lower molecular diffusivity compared to LecA bound to the membrane of a single GUV (Supplementary Fig. S3).
Freely diffusible proteins FGF10, FGF9, SHH and VEGF-A are allowed to diffuse within epithelium and mesenchyme and into the cavities.
A key parameter for this technique is the diffusion time, which is the period during which the atoms are allowed to diffuse within the lung for measurement of the signal attenuation.
Membrane proteins diffuse within the membrane, form oligomers and supramolecular assemblies.
Results show that scalar dissipation causes these radicals to diffuse within the mixture fraction space.
This indicates that during polymerization, monomer can freely diffuse within the supramolecular scaffold, allowing polymer chains to be initiated throughout the entire volume of the tube.
While this provides a satisfying thermodynamic explanation, the model assumes that a protein can freely diffuse within the cylindrical confinement of the BTA fiber.
While the doped Re atom on the Al site is stable, the Re atom on the Ni site can diffuse within the Ni-sublattice mediated by Ni vacancies.
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